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 | The Long Thaw: |
ADDITIONAL REVIEWS: "The power of Archer's book is to show that such [climate] changes, which we can bring about through just a few centuries of partying on carbon, can only be matched by the earth itself over vastly longer periods. . . . It's the kind of perspective we need in order to realize how insane we're being."--Chris Mooney, American Prospect "A beautifully written primer on why climate change matters hugely for our future--on all time scales."--New Scientist "Global climate change is the subject of thousands of books; this short volume is distinctive in multiple ways. Archer is a geophysicist (and a look-alike--except for stubble--for late British actor David Niven), whose scientific background lets him place climate change in the context of its variations in geological history. He points out that the Earth's orbital cycles had poised it to enter a new ice age when human influences began to override natural forces."--F.T. Manheim, Choice "If you think global warming is going to stop in its tracks as soon as our fossil fuel fix runs its course, think again. Intensifying hurricanes, mega-droughts, and the mass extinction of species are just the beginning, says leading climatologist David Archer, renowned in part for his work with the respected blog RealClimate. Though we still have time to avert the worst of climate change, he says, the ramifications of our carbon spewing (think a ten-foot rise in ocean levels) will last well beyond even our grandchildren's years. A good storyteller, Archer walks us through the history of climate change, starting in the 1800s, when the term 'greenhouse effect' first made its way into scientific parlance. Tempering techie speak with accessible analogies, Archer manages in the James Hansen-approved volume to speak to scientists and laymen alike."--Plenty "Notice to climate change deniers: I don't want to hear another word about the Little Ice Age, cosmic rays of the Palaeocene Eocene thermal maximum event 55 million years ago until you've read David Archer's little book. He's a geophysical scientist at the University of Chicago and he knows his stuff. He sets out the latest scientific understanding of climate change through geological time, human time, and beyond. It's the clearest introduction I've seen yet to the complexity of the planet's climate system and how a certain bipedal species may know it gally wonk."--Leigh Dayton, The Australian "The great appeal of this short book lies in Archer's ability to find easily comprehensible analogies and his no-nonsense prose. . . . This is a true rarity. A book about climate change written by an expert everyone can understand."--Sydney Morning Herald, "Pick of the Week" "David Archer has written a highly engaging and accessible review of the scientific bases for anthropogenic global warming and the dilemmas of what, as a global community, we should do next. The text is written for a general audience, reflecting the aims of the Science Essentials series of which it is a part, namely, to bring the findings of cutting-edge scientific research to the public."--Tim Denham, Journal of Archaeological Science "If you have time in your busy schedule to read only one book on climate change and climate science basics, this would be a good choice. Archer, an oceanographer and University of Chicago geosciences professor, has written a conversational, engaging, and short (remember, you're busy) book."--Natural Hazards Observer "If you have time in your busy schedule to read only one book on climate change and climate science basics, this would be a good choice. Archer, an oceanographer and University of Chicago geosciences professor, has written a conversational, engaging, and short (remember, you are busy) book that covers the last 500 million years or so of the Earth's climate."--Disaster Prevention and Management "David Archer's The Long Thaw . . . tells you nearly everything you need to know with down-to-earth clarity and brevity. . . . [R]eading The Long Thaw is sobering and enlightening rather than depressing. It's packed with informative, accessible background on past climate cycles and why they are relevant to assessing today's warming."--Evan Hadingham, Inside NOVA ADDITIONAL ENDORSEMENTS: "In this short book, David Archer gives us the latest on climate change research, and skillfully tells the climate story that he helped to discover: generations beyond our grandchildren's grandchildren will inherit atmospheric changes and an altered climate as a result of our current decisions about fossil-fuel burning. Not only are massive climate changes coming if we humans continue on our current path, but many of these changes will last for millennia. To make predictions about the future, we rely on research into the deep past, and Archer is at the forefront of this field: paleoclimatology. This is the book for anyone who wishes to really understand what cutting-edge science tells us about the effects we are having, and will have, on our future climate."--Richard B. Alley, Pennsylvania State University "This is the best book about carbon dioxide and climate change that I have read. David Archer knows what he is talking about."--James Hansen, director of the NASA Goddard Institute for Space Studies "Books on climate change tend to focus on what is expected to happen this century, which will certainly be large, but they often neglect the even larger changes expected to take place over many centuries. The Long Thaw looks at climate effects beyond the twenty-first century, and its focus on the long-term carbon cycle, rather than just climate change, is unique."--Jeffrey T. Kiehl, National Center for Atmospheric Research "A great book. What sets it apart is that it expands the discussion of the impacts of global warming beyond the next century and convincingly describes the effects that are projected for the next few thousand years. What also sets it apart is how deeply it takes general readers into the scientific issues of global warming by using straightforward explanations of often complex ideas."--Peter J. Fawcett, University of New Mexico File created: 11/19/2009 | |
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